Mac Equipment designs industrial dust collection, air pollution equipment, cyclone dust collection, baghouse, baghouses, and other industrial dust collection equipment.
All MAC equipment industrial dust collection products under go rigorous air quality control checks and are manufactured to the highest pollution control standards. Mac Customers depend on our industrial dust collection equipment, baghouses, cyclone dust collection systems, and baghouse dust collection products.
Mac Equiupment remains committed to honoring that industrial dust collection trust.
The MAC Medium-Pressure Controlled air cleaning dust filter (MCF) is the most efficient baghouse and versatile bag filter industrial dust filter made.
Capacities range to over 250,000 CFM. Over a dozen industrial dust filter media options are available, designed for industrial operating temperatures up to 500 degrees Fahrenheit.
Mac Clean Filter (MCF) offers patented Controlled Cleaning cyclone dust collection system runs on medium-pressure air (only 7-9 psig) and requires less horsepower than any other industrial dust collection bag filter in the industry. Yet the MCF offers high dust and air collecting efficiency and unmatched baghouses cleaning in all low-maintenance baghouse models - with over 23,000 square feet of total industrial dust filter collection area.
The Mac Clean Filter industrial dust collection products and equipment clean air pollution for about one-third of the traditional dust collection cost.
Mac industrial dust collection equipment saves energy costs also and yet still provides more consistent air cleaning capabilities than other bag filter, baghouse, or dust collection systems that incorporate baghouses. Research Studies indicate that our clients can meet industrial air safety and pollution regulatory requirements for approximately one-third the cost of running pulse-jet dust collection filters.
To learn more about our industrial dust collection, air pollution, and cyclone dust collection equipment systems visit: Mac Equipment click here.